- for batteries with up to 814 Wh
- External dimensions 600 x 600 x 250 mm
- 67 liter volume
- 65kg Hazardous goods approval
- 42 liter volume
- External dimensions 600 x 400 x 250 mm
- tested with batteries over 1,000 Wh
- 1200 x 1000 x 835 mm Outer dimensions
- Incl. vermiculite or PyroBubbles filling cushion
- 155 kg net weight, max. Gross weight: 825 kg
- 450 l capacity
- 1200 x 1000 x 1055 mm Outer dimensions
- Incl. vermiculite or PyroBubbles filling cushion
- 164 kg net weight, max. Gross weight: 1124 kg
- 600 l capacity
- 1200 x 1000 x 1235 mm Outer dimensions
- Incl. vermiculite or PyroBubbles filling cushion
- 175 kg net weight, max. Gross weight: 1415 kg
- 800 l capacity
- Transport container for defective lithium batteries
- max. energy density 3,24 kW/h (NMC)
- Internal dimensions 674 x 474 x 573 mm
- incl. 4 bags of PyroBubbles á 12.5 kg (approx. 50 l)
- 800 x 600 x 1136 mm External dimensions
- 305 l volume
- max. energy density 5,34 kW/h (NMC)
- incl. 6 bags of PyroBubbles á 12.5 kg (approx. 50 l)
- 1200 x 800 x 812 mm External dimensions
- 463 l volume
- max. energy density 8,10 kW/h
- incl. 10 bags of PyroBubbles á 12.5 kg (approx. 50 l)
- Storage and transportation of defective batteries
- incl. mts granulate
- External dimensions 1200 x 800 x 533 mm
- 1200 x 800 x 1278 mm External dimensions
- 800 l volume
- max. energy density 14 kW/h
- incl. 16 bags of PyroBubbles á 12.5 kg (approx. 50 l)
- 1200 x 1000 x 1150 mm External dimensions
- Approved for BEV batteries up to 50 kWh (observe approval)
- 435 kg maximum permissible capacity
- can be retracted on 4 sides for industrial trucks
- 1040 x 1590 x 842 mm External dimensions
- Approved for PHEV batteries up to 14.7 kWh
- 360 kg tare weight
- can be retracted on 4 sides for industrial trucks
- 1590 x 1040 x 845 mm External dimensions
- Approved for PHEV batteries up to 14.7 kWh
- 358 kg tare weight
- can be retracted on 4 sides for industrial trucks
- 1500 x 1200 x 1250 mm External dimensions
- Approved for BEV batteries up to 90 kWh (observe approval)
- 700 kg maximum permissible capacity
- can be retracted on 4 sides for industrial trucks
- 2000 x 1200 x 950 mm External dimensions
- Approved for BEV batteries up to 90 kWh (observe approval)
- 700 kg maximum permissible capacity
- can be retracted on 4 sides for industrial trucks
- 2572 x 1556 x 1108 mm External dimensions
- 2603 l volume
- max. energy density 45.55 kW/h (NMC)
- incl. 50 bags of PyroBubbles á 12.5 kg (approx. 50 l)
- 2835 x 2135 x 957 mm External dimensions
- 2994 l volume
- max. energy density 94 kW/h (NMC)
- incl. 60 bags of PyroBubbles á 12.5 kg (approx. 50 l)
- 2400 x 1200 x 950 mm External dimensions
- Approved for BEV batteries up to 100 kWh (observe approval)
- 800 kg maximum permissible capacity
- can be retracted on 2 sides for forklift trucks
- 2180 x 1480 x 845 mm External dimensions
- Approved for BEV batteries up to 42.2 kWh
- 545 kg tare weight
- can be retracted on 4 sides for industrial trucks
- 2835 x 2135 x 957 mm External dimensions
- 2994 l volume
- max energy density 94 kW/h (NMC)
- incl. 400 cushions PyroBubbles á 2.1 kg (approx. 7.8 l)
- Storage and transportation of defective batteries
- incl. mts granulate
- External dimensions 2850 x 1850 x 1345 mm
- 2572 x 1556 x 1108 mm External dimensions
- with inner box
- max. energy density 23,80 kW/h
- incl. 20 bags of PyroBubbles á 12.5 kg (approx. 50 l)
- 2850 x 1850 x 1345 mm External dimensions
- permissible capacity between 89 - 111 kWh and 1000 kg
- safe transportation and storage of critical lithium-ion batteries
- 2800 x 2000 x 950 mm External dimensions
- Approved for BEV batteries up to 200 kWh (observe approval)
- 1540 kg maximum permissible capacity
- can be retracted on 2 sides for forklift trucks
- 2080 x 2880 x 1045 mm External dimensions
- Approved for BEV batteries up to 144.5 kWh
- 1 t maximum permissible capacity
- can be retracted on 4 sides for industrial trucks
- 3200 x 2000 x 1120 mm External dimensions
- Approved for BEV batteries up to 144.4 kWh
- 1146 kg tare weight
- can be retracted on 4 sides for industrial trucks
- 3192 x 2121 x 1567 mm External dimensions
- Approved for BEV batteries up to 98.48 kWh
- 2.235 kg net weight
- with valve for pressure relief
Metal transport boxes for lithium batteries & lithium-ion rechargeable batteries
Lithium-ion batteries are used in numerous areas today, from electric vehicles to electronics and industrial applications. Due to their chemical properties, however, they pose risks such as fire hazards and short circuits. Metal transport boxes offer a reliable and standard-compliant solution that not only increases safety but also meets legal requirements.
Safety standards and regulations for battery transportation
UN transport regulations and ADR
When transporting lithium-ion batteries, strict international regulations such as the ADR (European Agreement concerning the International Carriage of Dangerous Goods by Road) must be observed. Metal transport boxes have been specially developed to meet these requirements and enable batteries to be stored and transported safely.
Certifications and standards
High-quality metal transport boxes meet certifications such as UN 3480 and UN 3481 and are equipped with special markings. They also meet the test criteria in accordance with ADR, RID, IMDG Code and IATA regulations. These certifications ensure that rechargeable batteries can be transported safely and in compliance with the law.
Which battery types are suitable for metal transport boxes?
Battery sizes and capacities
Metal transport boxes are available in various sizes and designs to safely transport both small batteries (e.g. cell phone or laptop batteries) and large lithium-ion batteries (e.g. vehicle batteries or stationary storage units). Depending on the size, weight and capacity of the battery, appropriate transport boxes are available.
Battery conditions: New, used and defective
Another important aspect is the condition of the battery. Different regulations apply to the transportation of new batteries than for used or defective batteries. Defective or damaged lithium-ion batteries in particular pose increased risks and require special metal transport boxes with additional safety features, such as fire protection materials and gas management systems.
Advantages of using metal transport boxes
Robust construction for maximum safety
Metal transport boxes are characterized by an extremely robust and stable design. They reliably protect batteries from mechanical influences such as shocks and vibrations, which is particularly important during transportation.
Protection against thermal risks and short circuits
Lithium-ion batteries have an inherent fire risk. Special metal transport boxes are therefore often equipped with thermal insulation and gas management, which act reliably in the event of a thermal reaction and significantly reduce the risk.
Simple compliance with legal regulations
By using certified metal transport boxes, companies ensure that they comply with legal and insurance regulations. This simplifies logistics and reduces potential liability risks.
Conclusion: Safe and legally compliant transport solutions
Metal transport boxes offer a high-quality, safe and legally compliant solution for the transportation of all types of lithium batteries and lithium-ion batteries. Thanks to comprehensive safety standards, certifications and a wide range of size options, they are the ideal choice for companies that want to transport batteries reliably and risk-free.